The goal of the project is to develop a barge to jack-up vessel loading technology, which can operate in wavw height of 2.5 m, and that will increase the operation window significantly.
WindCal2.0 will develop and demonstrate a nacelle-mounted lidar calibration method where highly accurate lidars replace cup anemometers as the calibration reference and robots automate and speed up
The project develops a drone inspection solution and digital documentation that recognize and categorize surface errors and measure parts of industrial structures with high precision.
The objective is to ensure future large-scale nacelle test facilities are technical and economically feasible for the wind industry. This will be done by further developing and demonstrating R&D Test
The project partners aim to develop and demonstrate a subsea robot, ACOMAR - Auto COmpact MArine growth Remover, which increases atomization of the marine growth removal process on offshore structures
The project purpose is to deliver easily accessible metocean siting data for design and planning anywhere offshore. Through a scalable quality/cost structure ranging from free general data analytics
The project objectives of GOTWind is the optimization of bolt technology for wind turbines from production until end-of-life. Overall, this project will ensure that there are set out general rules in
This project is the first phase in the development of an advanced test facility which will enable the wind power industry to develop and test new grid connection solutions, and validate the grid
The objective of the project has been to develop and commercialize nacelle-LIDAR technology for power performance verifications such that the expensive and often difficult use of met masts offshore
The project dealt with: optimal use of vortex generators, VGs, that are presently used on most wind turbine blades. Their main effect is to delay separation in the inner part of the blades where for
The projecthas developed a methodto measurenoisefromairfoilsinan industrialwind tunnel,which willhelp to increase theDanishwind turbinecompetitiveness.The methodisthe key tonew
It is a concern in wind energy that wind turbines do not yaw efficiently into the wind due to draw backs of nacelle anemometry. The loss of power is estimated to be 1-3% in flat terrain and offshore
The main goal of the project was to develop, demonstrate and implement new tools, models and components in the design process for aeroelastic optimization of Mega-Watt wind turbines with the scope of
The project has used tools for process simulation to improve understanding of wind turbine blades. Based on the measurements, the project participants designed a new wing, followed by a demonstration